Blended Learning Paths Outline
Quality Trainer – Part of The Minitab Education Hub
A comprehensive statistics course brought to you by experts in quality improvement.
Quality Trainer was developed by seasoned statisticians with more than 150 years of industry experience. The Learning Paths guide you through over 35 exercises using Minitab Statistical Software to solve real-world quality improvement challenges.
Learning Path 1: Foundations of Data Analysis
Descriptive Statistics and Graphical Analysis
- Types of Data
- Using Graphs to Analyze Data
- Using Statistics to Analyze Data
Analysis of Variance (ANOVA)
- Fundamentals of ANOVA
- One-Way ANOVA
- Two-Way ANOVA
Statistical Inference
- Fundamentals of Statistical Inference
- Sampling Distributions
- Normal Distribution
Correlation and Regression
- Relationship Between Two Quantitative Variables
- Simple Regression
- Trend Analysis in Time Series Primer
Hypothesis Tests and Confidence Intervals
- Confidence Intervals for Population Parameters Primer
- Tests and Confidence Intervals
- 1-Sample t-Test
- 2 Variances Test
- 2-Sample t-Test
- Paired t-Test
- 1 Proportion Test
- 2 Proportions Test
- Chi-Square Test
Learning Path 2: Statistical Quality Analysis
Control Charts
- Phase 1 and 2 Control Charts Primer
- Statistical Process Control
- Control Charts for Variables Data in Subgroups
- Control Charts for Individual Observations
- Control Charts for Attributes Data
Measurement Systems Analysis
- Fundamentals of Measurement Systems Analysis
- Repeatability and Reproducibility
- Graphical Analysis of a Gage R&R Study
- Variation
- ANOVA with a Gage R&R Study
- Gage Linearity and Bias Study
- Attribute Agreement Analysis
Process Capability
- Process Capability for Normal Data
- Capability Indices
- Process Capability for Nonnormal Data
Learning Path 3: Design of Experiments
Analysis of Variance (ANOVA)
- Fundamentals of ANOVA
- One-Way ANOVA
- Two-Way ANOVA
Design of Experiments
- T Tests for Effects in DOE Primer
- Factorial Designs
- Blocking and Incorporating Center Points
- Fractional Factorial Designs
- Response Optimization Using Desirability Primer
- Response Optimization
Learning Path 4: Predictive Analytics
Correlation and Regression
- Relationship Between Two Quantitative Variables
- Simple Regression
- Trend Analysis in Time Series Primer
Predictive Analytics
- Predictive Analytics
- Model Validation
- Tree Based Methods
- CART Classification Splitting Primer
- CART Classification Trees
- CART Regression Splitting Primer
- CART Regression Trees
- MARS Regression
- Random Forests Classification Primer
- Random Forests Classification
- TreeNet Regression Primer
- TreeNet Regression
Multiple Regression
- Relationships Between Multiple Quantitative Variables
- Multiple Regression
- Polynomial and Interacting Terms
- Model Selection
- Binary Logistic Regression